Barco FLM HD14 User guide

R S232 for FLM R20+

Ref ere n ce g ui de

R59770107/00

08/03/2007

Barco nv Events

Noordlaan 5, B-8520 Kuurne

Phone: +32 56.36.89.70

Fax: +32 56.36.88.24

E-mail: [email protected]

Visit us at the web: www.barco.com

Printed in Belgium

Table of contents

TABLE OF CON TENTS

1. TheBarcoLCD/DLPProtocolBasics...........................................................................3

1.1 Command basics ..................................................................................................................... 4

2. TypicalRS232commandsforFLMR20+.......................................................................5

2.1 acknowledge.......................................................................................................................... 6

2.2 answer................................................................................................................................ 7

2.3 aspectratio height, read.............................................................................................................. 8

2.4 aspectratio height, write ............................................................................................................. 9

2.5 aspectratio width,write.............................................................................................................10

2.6 aspectratio,read .................................................................................................................... 11

2.7 aspectratio,write....................................................................................................................12

2.8 auto image, write ....................................................................................................................13

2.9 blankingtop, write................................................................................................................... 14

2.10 contrast enhancement, decrement.................................................................................................. 15

2.11 contrast enhancement, increment ..................................................................................................16

2.12 contrast enhancement, read ........................................................................................................17

2.13 contrast enhancement, write ........................................................................................................18

2.14 contrast,read........................................................................................................................19

2.15 contrast, rea d extended .............................................................................................................20

2.16 contrast,write........................................................................................................................ 21

2.17 field polarity, read.................................................................................................................... 22

2.18 field polarity, write....................................................................................................................23

2.19 gamma, read(1).....................................................................................................................24

2.20 gamma, read(2).....................................................................................................................25

2.21 gamma, read extended.............................................................................................................. 26

2.22 gamma, write ........................................................................................................................27

2.23 infrared ports,read ..................................................................................................................28

2.24 infrared ports,write..................................................................................................................29

2.25 input black balance, read............................................................................................................ 30

2.26 input black balance, write ...........................................................................................................31

2.27 input locking, read ................................................................................................................... 32

2.28 input locking, write................................................................................................................... 33

2.29 input white balance, read ............................................................................................................34

2.30 input white balance, write ...........................................................................................................35

2.31 internal pattern, write ................................................................................................................36

2.32 key configuration,read ..............................................................................................................37

2.33 key configuration,write..............................................................................................................38

2.34 lampdimming, read .................................................................................................................39

2.35 lampdimming, write .................................................................................................................40

2.36 lens, readfocus...................................................................................................................... 41

2.37 lens, readzoom......................................................................................................................42

2.38 minimum delay, read ................................................................................................................43

2.39 minimum delay, write ................................................................................................................44

2.40 noacknowledge.....................................................................................................................45

2.41 no signal color, write.................................................................................................................46

2.42 no signal shutdown, read status ....................................................................................................47

2.43 no signal shutdown, write status .................................................................................................... 48

2.44 no signal shutdown, write time ...................................................................................................... 49

2.45 noise reduction, decrement ......................................................................................................... 50

2.46 noise reduction, increment ..........................................................................................................51

2.47 noise reduction, read................................................................................................................52

2.48 noise reduction, write................................................................................................................53

2.49 P7status, read.......................................................................................................................54

2.50 P7status, write......................................................................................................................55

2.51 projector, read addres s

.............................................................................................................. 56

2.52 projector, readcustomer id..........................................................................................................57

2.53 projector, readtype (1)..............................................................................................................58

2.54 shutter,read .......................................................................................................................... 59

2.55 soft edge black level, read .......................................................................................................... 60

2.56 soft edge black level, w rite ..........................................................................................................61

2.57 soft edge size, read..................................................................................................................62

2.58 soft edge size, w rite .................................................................................................................63

2.59 soft edge, read status (flm).......................................................................................................... 64

2.60 soft edge, write status (flm) .........................................................................................................65

2.61 transition effect, read ................................................................................................................66

2.62 transition effect, write................................................................................................................67

2.63 versions, read (flmR20+) ...........................................................................................................68

Index......................................................................................................................69

R59770107 RS232 FOR FLM R20+ 08/03/2007 1

Table of contents

2 R59770107 RS232 FOR FLM R20+ 08/03/2007

1. The Barco LCD/DLP Protocol Basics

1. THE BARCO LCD/DLP PROTOCOL BASICS

R59770107 RS232 FOR FLM R20+ 08/03/2007 3

1. The Barco LCD/DLP Protocol Basics

1.1 Command basics

Command structure

Each comm and is packaged in this structure:

0xFE ADDR PREFIX

CMD

DATA

CHK

0xFE

Start by te (1

byte)

Device

address ( 1

byte)

Prefix (0..n

bytes)

Command

(1..n bytes)

Data (0..n

bytes)

Checksum (1

byte)

Stop by te (1

byte)

Explanation

• The s tart and stop byte are used to let te receiver know that a command is starting or has stopped.

• Device addre ss is used when multiple devices are connected on the sam e phy sical connec tion. This is typically used with serial

connections. In case of E thernet connections this is either ignored, or s hould be set to a fixed v alue, depending on the protocol.

• Prefix bytes: for some special comm ands it is possible t o use prefix bytes before the actual command bytes. It depends on the

actual protocol implem entation w hich prefixes are av ailable an d when they can be used.

• Command bytes: there will be at least one byte per comm and. The com mand bytes ac tually tell the device what to do.

• Data bytes: this is optional and depends on the command that will be sent. See also Data bytes cha pter. l Checksum by te:

this byte is used to detect er rors in t

he transmission or reception of the c omm and. For more information, see the Checksum

chapter.

Important note

Any command byte, data byte or checksum byte that equals 0x80, 0xFE or 0xFF, has to be marked up with a leading 0x80:

Byte to s end:

Actual m ark up of the byte to send:

0x80 0x80 0x00

0xFE 0x80 0x7E

0xFF 0x80 0x7F

Data bytes

• Characters: we will be using ANSI c oding for ch aracters (1 byte per character).

• Strings: strings can be formatted in two ways:

- C-style format: an array of one or mo re characters which is terminated by a NULL character (0x00). T he position of the

NULL character de termines the length of the string.

Example: ’f’ ’o’ ’o’ ’ ’ ’b’ ’a’ ’r’ 0x00

- Pascal-style format: an array of one or m ore characters. The first byte of the s tring indicates the length of the string. There-

fore pascal-style strings are limited to 255 c haracters.

Example: 0x07 ’f’ ’o’ ’o’ ’ ’ ’b’ ’a’ r’

• Multi-byte values: a multi-byte value consists of m ore than one byte. The first byte is the Most Significant B yte (MSB). Example

of a 4-byte value: 0x01 0x20 0x50 0x30 = 0x01 * 2563 + 0x20 * 2562 + 0x50 * 256 + 0x30 = 536956976.

Checksum

The checksum v alue for a command is calculated by doing a modulo 256 on the sum of the byet values of all bytes between s tart of

the command and the checksum byte

Checksum calculation:

Checksum byte = (Device address + Prefix bytes + Command bytes + Data bytes) mod 256

4

R59770107 RS232 FOR FLM R20+ 08/03/2007

2. Typical RS232 commands for FLM R20+

2. TYPICAL RS232 COMMANDS FOR FLM R20+

R59770107 RS232 FOR FLM R20+ 08/03/2007 5

2. Typical RS232 commands for FLM R20+

2.1 acknowledge

Description

When the format of a received command is correct, and the command is a valid command, the projector will send back an acknowl-

edge back to the req uestor before ex ecuting the actual command.

See also the no-acknow ledge command

Command

Command [0]

0x00

Command [1]

0x06

Data

No data bytes.

Return value

This comm and d oes not require an answer.

6

R59770107 RS232 FOR FLM R20+ 08/03/2007

2. Typical RS232 commands for FLM R20+

2.2 answer

Description

Each comm and c an be preceded with the ans wer command. This will be ignored when the comm and is a read operation (read

operations always return an answer).

Command

Command [0]

0x00

Command [1]

0x03

Data

Data[0]

bit0 =0

bit1 =1

return with success after the c omm and

has been executed

bit2 =0

bit3 =0

bit4 =0

bit5 =0

bit6 =0

bit7 =0

Return value

Return data f or su ccess:

Command[0]

0x00

Command[1]

0x03

Data[0] 0x01

R59770107 RS232 FOR FLM R20+ 08/03/2007 7

2. Typical RS232 commands for FLM R20+

2.3 aspect ratio heig ht, re ad

Description

Get the height of the active as pect ratio of the image.

Command

Command [0]

0x21

Command [1]

0x0b

Command [2]

0xc2

Data

Return value

Command[0] 0x21

Command[1] 0x0b

Command[2]

0xc2

Data[0..3]

aspect ratio height as a DW O RD

On error, only the c omm and bytes will be re turned.

8

R59770107 RS232 FOR FLM R20+ 08/03/2007

2. Typical RS232 commands for FLM R20+

2.4 aspect ratio height, write

Description

Set the height o f the aspect ratio of the image .

This is only possible if a custom asp ect ratio is s elected first. Set the height of the aspect ratio of the image.

Command

Command [0]

0x20

Command [1]

0x0b

Command [2]

0xc2

Data

Data = height as DWORD.

Return value

R59770107 RS232 FOR FLM R20+ 08/03/2007 9

2. Typical RS232 commands for FLM R20+

2.5 aspect ratio width, write

Description

Set the width of the aspect ratio of the im age.

This is only pos sible if a custom as pect ratio is selected first. Set the width of the aspect ratio of the im age.

Command

Command [0]

0x20

Command [1]

0x0b

Command [2]

0xc1

Data

Data = width as DWORD.

Return value

10 R59770107 RS232 FOR FLM R20+ 08/03/2007

2. Typical RS232 commands for FLM R20+

2.6 aspect ratio, read

Description

Get the ac tive asp ect ratio of the im age.

Command

Command [0]

0x21

Command [1]

0x0b

Command [2]

0xc0

Data

Return value

Command[0] 0x21

Command[1] 0x0b

Command[2]

0xc0

Data[0..n]

aspect ratio as a C-language string

On error, only the c omm and bytes will be re turned.

R59770107 RS232 FOR FLM R20+ 08/03/2007

11

2. Typical RS232 commands for FLM R20+

2.7 aspect ratio, w rite

Description

Set the as pect ratio of an image.

Command

Command [0]

0x20

Command [1]

0x0b

Command [2]

0xc0

Data

Data = aspect ratio as a C-language string.

Return value

12 R59770107 RS232 FOR FLM R20+ 08/03/2007

2. Typical RS232 commands for FLM R20+

2.8 auto image, write

Description

Execute specified auto image functionality

Command

Command [0]

0x20

Command [1]

0x9e

Data

Data[0]: Auto image functionality

Value Description

0x00 alignment

0x01

contrast/brightness

0x02 phase

Return value

R59770107 RS232 FOR FLM R20+ 08/03/2007 13

2. Typical RS232 commands for FLM R20+

2.9 blanking top, w rite

Description

Write a new value for blanking top.

Command

Command [0]

0x20

Command [1]

0x4c

Data

Data[0..1] = value of blanking top.

Data[0]

MSB of value

Data[1]

LSB of value

Return value

14 R59770107 RS232 FOR FLM R20+ 08/03/2007

2. Typical RS232 commands for FLM R20+

2.10 contrast enhancement, decrement

Description

Decrement the actual contrast enhancem ent.

Command

Command [0]

0x23

Command [1]

0x86

Data

Return value

R59770107 RS232 FOR FLM R20+ 08/03/2007 15

2. Typical RS232 commands for FLM R20+

2.11 contrast enhancement, increment

Description

Increment the actual contrast enhancement.

Command

Command [0]

0x22

Command [1]

0x86

Data

Return value

16 R59770107 RS232 FOR FLM R20+ 08/03/2007

2. Typical RS232 commands for FLM R20+

2.12 contrast enhancement, read

Description

Read the actual contrast enhance ment v alue.

Command

Command [0]

0x21

Command [1]

0x86

Data

Return value

Data[0]

0x00 low contrast

0x01 high contrast

On error, only the c omm and bytes will be re turned.

R59770107 RS232 FOR FLM R20+ 08/03/2007

17

2. Typical RS232 commands for FLM R20+

2.13 contrast enhancement, write

Description

Write a n e w c ontrast enhan cement value.

Command

Command [0]

0x20

Command [1]

0x86

Data

Data[0]

0x00 low c ontrast

0x01 high co ntrast

Return value

18 R59770107 RS232 FOR FLM R20+ 08/03/2007

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